The department of Mechanical Engineering was established in the year 2009 with an initial intake of 60 students and with a consequent rise in intake to 120 and 180 respectively in the years 2011 and 2013. The department is also offering M.Tech programs in Thermal engineering and CAD/CAM with an annual intake of 18 students.

The B. Tech (Mechanical Engineering) Program has been accredited by the National Board of Accreditation (NBA) since 2016 for 3 years.

The Department of Mechanical Engineering has 43 well experienced and qualified faculty members supported by 9 technical staff. Department could prove the consultancy abilities through design and fabrication works of sports and structural equipment in recent past to badminton academy, Hyderabad.

The department is headed by Prof. Dr. Muhammed Anaz Khan having vast industrial and teaching experience. The department currently has 9 professors having research/ academic/ consultancy/ industrial experience. Faculty research experience covers a wide range of core and extended fields like alternate fuels and IC engines, Composites and Biomedical applications, Manufacturing& Welding Technology, Robotics and CAD/CAM.

Mechanical Engineering department has a state- of- art Centre of excellence in Product Life cycle Management (PLM) by TATA technologies.

The department has well equipped laboratories with research facilities viz., ACE Minomatic, 6-Station Vertical Machining Centre, a CNC turning centre and 3D printing technology with supporting CAD/CAM laboratory and latest softwares for modeling and analysis such as ANSYS, CATIA, AUTOCAD, CADDEM,STABULI, MATLAB and ADAMS

The department houses well equipped laboratories and two centers of excellence in which the students are encouraged to do in-house research projects. Mechanical Engineering deals with the formulation, design, development and control systems and components involving solid mechanics, dynamics and controls, fluid mechanics, heat and mass transfer, manufacturing and conversion of energy into useful work. Industries that use mechanical engineers involved in robotics, computer aided design/manufacturing (CAD/CAM), automotive/transportation, air-conditioning and refrigeration are facilitated with Center of excellence in CAD/CAM domain.

Senior faculty members of this department have been chosen from various parts of India comprising vast Industrial and research experience.

Students of the department have been placed in various companies like Tech Mahindra, TATA technologies, Cyient (formerly InfoTech), Trade Ocean, Hetero etc. A significant number of graduating engineers are pursuing their higher studies in various Universities abroad by securing higher qualifying grades in GRE/TOEFL/IELTS etc.

Facilities

The Department has properly equipped and well maintained facilities such as cutting-edge laboratories & workshops as per norms. The facilities are listed below:

Classrooms

The college has a state of art class room facility for all classes of mechanical engineering. There is a seminar hall equipped with latest LCD projector for various seminar activities.

Laboratories

Fluid Mechanics Hydraulic Machinery Laboratory

Production Technology Lab

Machine Shop

Heat Transfer Lab

Thermal Engineering Lab

Metrology & Measurements Lab

CAD Lab

CAM Lab

Metallurgy & Material science Lab

Instrumentation & Control Systems lab

Metrology Lab

Seminar Hall

There is a well furnished and air-conditioned seminar hall which caters for the needs of the department such as presentation of mini & main project and similar special programs.

Department Library

A departmental library to cater the requirements of the Department has been setup.

Centers of excellence

Product Life Cycle Management

Objective:

To inspire sustainable thinking across the entire product lifecycle, representing an all-encompassing vision for managing data relating to the design, production, support and ultimate disposal of manufactured goods

Outcomes:

Students are able to list, justify and interpret productivity models in Manufacturing and service organization.

Understanding of manufacturing resource to predict and control the quality of an end product.

Scope of COE:

Provides the knowledge about how a Product Lifecycle Management system (PLM) is used to structure and manage the information which guides the product during its lifecycle.

Major Resources Available:

1) ENOVIA by Dassault Systemes
2) WINDCHILL by PTC

COE for Digital manufacturing

Objective:

To provide the basic and advanced features of manufacturing techniques such as CNC machining and additive manufacturing and to motivate the students and faculties to undertake research and consultancy projects in digital manufacturing.

Outcomes:

Students will be able to model any 3D component that requires precision manufacturing in the field of Mechanical and Aerospace engineering.

Students will become more familiar with making of complex components using digital manufacturing techniques which are required for industries.

Research publications by students and faculty.

Improved industry interaction through consultancy projects.

Scope of COE:

This COE can be extended to carry the consultancy work which fulfills the need of small and medium scale industries.

The students can fabricate prototype models for their research projects.

Major Resources Available:

CNC Lathe

CNC Drill Tap machining center (CNC Mill)

3D Printer (Ultimaker 2) with Cura software

CADEM Software – 5 users

Key differentiate

Department of Mechanical engineering is unique in following aspects:

Encouragement to students to learn by practice

Building automobile modules and as a whole by the students of II, III and IV B Tech (MECH) through SAE professional society

Centre of Excellence - Advanced Composite Materials

The Department of Mechanical Engineering has established "Centre for Advanced Composite Materials" laboratory for pursuing research activities. Currently, it is equipped with Stir casting machine, Muffle furnace, Electronic based universal testing machine, Ultrasonic flaw detector, Barcol hardness tester, Drop weight Impact machines for producing and characterizing Metal and Polymer matrix based composites. Students are utilising these facilities to carry out their mini and major project works by hybridising composites with different materials. In addition, COE is also focusing on attracting consultancy works pertaining to this field.